solenoid, magnetic flux through square loop?
We know H * L N * I (Ampère's circuital law) H: Magnetic field intensity L: solenoid length N: # winding turns I: electrical current so H * 0.23 98 * 2 H 852.173913 Magnetic field intensity inside the circular solenoid H * ? B B: Magnetic flux density ?: 1.2566370614…×10^(?6) Magnetic permeability of the vacuum ( u can solve it for any material just by multiplying into the particular factor) if the space between them is classical vacuum then 852.2 * 1.2566370614…×10^(?6) B B 1.07*10^ (-3) density of magnetic field inside of the solenoid magnetic flux B * A A: inside area of the square loop 0.01*0.010.0001[m^2] magnetic flux crossing inside area of the square 1.07*10^( -7) part b emf in the square N * d/dt(magnetic flux) N: turns of square loop 1 emf 1 * ( 1.07*10^ (-7) - 0)/ (4-0) emf 2.68*10^(-8) volts
complex matter. search from google and yahoo. it might help!
